Chapter 446: A discovery, a big discovery! Manufacturing high-density metal materials!
Wang Baichuan's experimental team was very shocked by the nuclear fusion ignition technology.
This also increases confidence in conducting experimental research.
Everyone is very positive, the deuterium-deuterium reaction project is going very smoothly, and a lot of data has been collected through continuous ignition and explosion experiments.
at the same time.
Other related nuclear fusion demonstration research projects are also in full swing.
When a large number of experimental demonstration-related studies are conducted publicly, the number of participants is naturally very large, and it is impossible to maintain complete confidentiality.
There have also been many reports internationally.
Several institutions have summarized information and believe that domestic research on nuclear fusion demonstration has begun.
This news is surprising.
Many scholars have also discussed this, "Now it has entered the experimental demonstration stage, which means that it is likely to officially enter research in the future."
"The demonstration stage is the technology accumulation stage, which is to prepare for the design of the controllable nuclear fusion project device. If it can pass the demonstration stage, the next step is to design..."
"When it actually enters the design stage, there is a high probability that the project will be started."
"Even if it's just a demonstration now, it's the only one..."
There have been many academic conferences on controllable nuclear fusion research in the world before, but no institution has initiated the demonstration of nuclear fusion projects.
The two stages are completely different.
Academic conferences only discuss related technologies.
Most research starts with discussions. After sufficient technical and theoretical foundations are accumulated, individuals, institutions or countries take the lead and find enough investment sponsorship to start the research.
It is not easy for controllable nuclear fusion technology to enter the demonstration stage, because there are so many technologies involved, and the amount of money invested in the project is also huge.
This kind of research needs to be completed with a nationwide effort.
Most international public opinion is still not optimistic about the research. They mainly feel that nuclear fusion technology is too high-end and cannot be mastered in recent years.
Nuclear fusion research is considered a century-old project.
Some scientists once said, "If humans can master controllable nuclear fusion technology in the 21st century, the speed will be quite fast."
"If we want to control nuclear fusion, we still have many unexplored areas."
"From materials to design, from design to technology, even if we just discuss it, there are many problems for which we cannot think of solutions."
This is also the mainstream tone of public opinion.
However, international public opinion has not affected the nuclear fusion demonstration project because the country has actually invested funds in demonstration research.
Individuals and participating institutions are only responsible for research in their own fields. After receiving funds, they naturally hope to achieve results.
At the same time, some people still have confidence.
For example, Wang Baichuan’s team.
They had no confidence in the research on nuclear fusion at first, but after learning about the latest ignition technology, they suddenly felt that it was possible to control nuclear fusion.
Wang Baichuan said privately, "Now that we know about ignition, it must be a very, very terrifying technology."
"In the technical field of annihilation force fields, we are number one in the world."
"So are there other terrible technologies? Maybe they are beyond our imagination."
"This research was initiated by Academician Wang Hao. It is impossible to say what key basis of confidentiality they have."
"It's like an air-ship aircraft, super stealth technology...can you imagine it?"
"Anyway, I think there is hope."
Wang Hao's name can indeed bring people confidence. In fact, he is enough to be called a 'legend'.
Many people think it is promising to do research with Wang Hao.
This is where confidence comes from.
In recent times, nuclear fusion demonstration projects have also entered the "harvest period". Two or three months is enough for some demonstrations and experiments to achieve some small results.
So both Tang Jianjun and Wang Ye are very busy.
They are responsible for work related to nuclear fusion demonstration projects and need to handle all aspects of affairs. Many results and ideas submitted need to be managed and reviewed.
They discussed it and decided to establish a nuclear fusion demonstration project committee.
The Nuclear Fusion Demonstration Project Committee is responsible for organizing an expert review team, responsible for the review records of each achievement project, and other work.
In this way, the demonstration project can be advanced in an orderly manner.
at the same time.
Wang Hao also got busy and went to the f-ray experimental base.
At present, the most important task of the f-ray experimental base is to improve the f-ray generating equipment supported by micron-level granular materials.
This work is ongoing.
Now that they have finally installed a helical magnetic field and other auxiliary equipment on the new device, the next step is to stimulate the small nuclear reactor inside.
In order to ensure that there are no problems with the device, testing, research and equipment debugging must be carried out very carefully.
Wang Hao went to the site to look at the experimental equipment and communicated with the team from the Institute of Nuclear Physics.
He then made a suggestion, "You must pay attention to safety issues and add some radiation-related protection."
Liao Jianguo patted his chest and said, "Academician Wang, you don't have to worry about this, we already have experience." They have already built a device with a built-in micro nuclear reactor.
Wang Haodao, "I'm not talking about the device, but the experimental materials."
"Experimental Materials?"
"right."
Wang Hao nodded and said, "The intensity of the f-rays excited by this new equipment cannot be estimated for the time being, but it will at least exceed ten times."
"When the intensity exceeds ten times, no one knows what will happen."
"But I think there must be special radiation protection..."
After hearing this, Liao Jianguo nodded, and suddenly said expectantly, "After the nuclear reactor is ignited and stabilized, we can conduct experiments. At that time, we can measure f-rays."
"Academician Wang, it's the same question as last time."
"What is the relationship between the intensity of the DC field force and the intensity of f-rays? I went back and thought about it carefully, and I still think it is a proportional relationship, because we have proven that the intensity of the built-in energy source is directly proportional to the intensity of f-rays."
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Liao Jianguo talked a lot in succession, as if he wanted to persuade Wang Hao to support his point of view.
Wang Hao didn't expect that Liao Jianguo cared so much about the last conversation. He just said that he had eliminated a 'wrong answer'. The other party seemed to care very much?
He simply nodded, "Okay, if you insist."
After he finished speaking, he discussed the experimental issues with Liu Yunli.
Liao Jianguo suddenly felt depressed and uncomfortable. He had been talking for a long time, but Wang Hao obviously didn't care, and his reply showed no sincerity at all.
The two have different views, can't they discuss it?
The experiment has not yet been carried out, so why is Wang Hao so sure that it is not a direct proportional relationship?
Wang Hao didn't want to talk about a problem of determining errors. He talked to Liu Yunli about the problems that might be encountered in the f-ray experiment--
radiation.
"The radiation of the magnetized material itself is very weak, but if the intensity of f-rays is too high, it is possible to create upgraded elements with radiation."
"Theoretically, a strong annihilation force field cannot produce high-purity upgrade materials."
"This is because of the special phenomenon of upgraded elements."
"The instantaneous strong annihilation force field environment will stimulate the upgraded elements to produce specific magnetic fields, and returning to the normal annihilation force field environment may produce a large amount of radiation."
Liu Yunli thought for a while and asked, "Academician Wang, the radiation you mentioned is aimed at the return to normal annihilation force field. So, if it is in a strong annihilation force field environment, will there be radiation?"
Wang Haodao, "It may also exist, but at this stage, we cannot go to the venue to conduct measurements."
"So, what if it is a high-purity upgraded material?" Liu Yunli asked thoughtfully, "For example, high-purity first-order iron can be directly manufactured by Annihilation Technology Company. The manufactured material is in the strong annihilation force field area.
Will the magnetization reaction data be low..."
"It will indeed be much lower."
Wang Hao nodded and said, "We have done experimental research, and the maximum can be several tons lower than the conventional one."
Liu Yunli continued to ask, "The magnetization reaction data is on the low side. Will there be any changes inside the material due to this specific reaction?"
"this……"
Wang Hao frowned, "Annihilation Technology Company should have a lot of research data on this issue you mentioned."
His eyes lit up at any time and he praised, "Also, Professor Liu, you are such a genius!"
"ah?"
Liu Yunli was a little dazed.
Wang Hao smiled and said, "I suddenly thought of another question. Whether it is a conventional magnetization reaction or a specific magnetization reaction of upgraded elements, they are all detected in a conventional environment."
"It is uncertain whether there is a magnetization reaction in the strong annihilation force field. I prefer not to, because theoretically the magnetization reaction is due to the reverse transition of the electron orbit."
"In the absence of specific reactions, the material is squeezed by a strong annihilation force field, and the distance between atoms..."
“Probably lower!”
Wang Hao said it with certainty.
"What does this mean?" Liao Jianguo asked following the train of thought.
Liu Yunli answered helpfully, "Academician Wang means that we can use this to create materials with higher density and better performance?"
After he finished speaking, he looked at Wang Hao.
Wang Hao gave a thumbs up to Liu Yunli, "Yes, Professor Liu, you are such a genius. I never thought of this."
Liu Yunli smiled sheepishly.
Liao Jianguo suddenly became even more depressed.
He found that every time he opened his mouth to speak or make suggestions, he would either get 'wrong answers' or 'get prevaricated indifferently'.
Liu Yunli was praised as a genius as soon as he opened his mouth.
The difference in treatment between the two is too obvious.
Liao Jianguo found himself jealous of Liu Yunli, "Is it because Liu Yunli has been doing research with Wang Hao?"
"It must be so."
"So I am an outsider..."
…
What Liu Yunli said made Wang Hao realize a problem.
In a special strong annihilation force field environment, it is possible to create high-density upgraded materials by eliminating the interference of specific reactions.
This is theoretically possible.
Physically speaking, the density of gases is directly related to pressure, and the density of solids is likely to be related to the strength of the annihilation force field.
There are two forces between atoms.
One is universal gravitation, and the other is same-sex repulsion.
The universal gravitation itself is the force of the annihilation field, which can be understood as the 'space squeezing force'; the repulsive force can be understood as the synthesis of electromagnetic force.
The distance between atoms is the balance of the two forces.
In the state of a strong annihilation force field, the gravitational force will definitely increase, but the electromagnetic force is generated by the complex changes inside the particles under the annihilation force field, and the increase will most likely not be as high as the gravitational force.
Its logic can be understood as--
a=b.
Produced by a, ≤ a.
Currently, b=.
When a increases several times, b also increases several times. The increase may not catch up with b, then it will be less than or equal to b.
If we want to achieve equilibrium in this way, the distance between atoms can only become smaller.
Wang Hao continued to think deeply, "The atomic density of magnetized iron materials does not change, but first-order iron is produced with uniform distribution."
"Then the peculiar phenomenon is caused by the lack of balance between the distance between atoms and the interaction between atoms?"
"This direction can indeed be studied..."
After having a clear idea, Wang Hao immediately contacted Xiang Qiansheng and asked the annihilation force field experimental team to cooperate in the experiment.
If materials with higher density can be produced, it will naturally prove that the idea is correct to a certain extent. Otherwise, the idea will only be an idea for the time being, and there must be some kind of problem or imperfection.
…
Annihilation force field experimental group.
After learning the experimental information from Qian Sheng, he immediately started arranging the experiment.
He discussed with others and agreed to use high-purity 'gold' as the material for research. "The properties of the gold element are stable, and there will be no upgrading phenomenon in an 8-magnification environment."
"If magnetized gold is placed in a normal environment, its own magnetism will dissipate to a surface lower than 30t within half an hour."
"In addition, gold has a low melting point..."
Using high-purity gold as a material has many advantages.
The experimental process is also very simple. It is to melt the gold and place it in a strong annihilation force field, allowing the metal solution to slowly cool and form.
During the cooling and forming process, there is a compression device outside the metal to give the metal solution a strong enough extrusion force.
Then, take it out and measure the density.
soon.
The experiment is over.
After conducting a series of tests, Xiang Qiansheng was very excited when he received the report. He even drove overnight to Xihai University.
The next morning, as soon as Wang Hao arrived at the Mason Mathematics Laboratory, he saw Xiang Qiansheng waiting at the door.
Xiang Qiansheng's eyes were a little red. He fell asleep in the lounge on the first floor of the laboratory, but he obviously didn't sleep well. After seeing Wang Hao, he immediately said excitedly, "Academician Wang, we have made a discovery. There is something big." Discover!"
"Go to the office and talk."
Wang Hao hurriedly took Xiang Qiansheng to the office.
When he arrived in the office, Xiang Qiansheng was still very excited. He hurriedly handed over the documents in his bag and said, "We just conducted an experiment and we made a discovery."
"We chose high-purity gold as the material. After experiments, we found that the density of the material has indeed become higher, 2212 grams per cubic centimeter, compared to the conventional 1932!"
"The increase is very high..."
"At the same time, we found that this material will continue to emit strong magnetic fields and even electron energy radiation..."